Uploaded August 2018 | Updated September 2026, 12 hours ago
It goes... EVEN FASTER!! This time the number of exponents in the end of the video goes up by about 1 every second. Paying attention to this fact, I will make it go just a bit faster in the next video. AND: The programs for every video I've made was made on Khan Academy, right here: khanacademy.org/profile/Katakanaa . You just click "View all projects" and it takes you to all the programs I made.
It goes... EVEN FASTER!! This time the number of exponents in the end of the video goes up by about 1 every second. Paying attention to this fact, I will make it go just a bit faster in the next video. AND: The programs for every video I've made was made on Khan Academy, right here: khanacademy.org/profile/Katakanaa . You just click "View all projects" and it takes you to all the programs I made.


![Large numbers [1, 2] - Reaching a Googolplexian!
I am now rebooting this series with a more reliable schedule. Large numbers [1, 2] - Reaching a Googolplexian!](https://i.ytimg.com/vi/IKHwlyCFsow/mqdefault.jpg)



![Numbers E10#(E10#10) to E10#(E10#E10) (Episode 12 of...)
Although its been almost 3 years since the previous episode of this series, its never too late for another! It was almost impossible to code another episode back then, but my methods have changed and now its much easier to get them out. Currently, the growth rate is quadrata-expo-super-tetrational. My name for it anyway!
Music is We Always thought the future would be kind of fun by Chris Zabriskie. [CC 4.0] Numbers E10#(E10#10) to E10#(E10#E10) (Episode 12 of...)](https://i.ytimg.com/vi/Rs-3j16qqkY/mqdefault.jpg)



